DOS -> Unix line endings

MacOSX/Platform.dcl

-definition module Platform
-
-PlatformDependant win mac :== win
-
-IF_MACOSX macosx not_macosx :== macosx
-
-DirSeparator:=='/'
-DirSeparatorString:=="/"
-
-application_path :: !{#Char} -> {#Char}
+definition module Platform
+
+PlatformDependant win mac :== win
+
+IF_MACOSX macosx not_macosx :== macosx
+
+DirSeparator:=='/'
+DirSeparatorString:=="/"
+
+application_path :: !{#Char} -> {#Char}

MacOSX/UtilNewlinesFile.dcl

-definition module UtilNewlinesFile
-
-from StdClass import class ==, class toString
-
-:: NewlineConvention
-	=	NewlineConventionNone | NewlineConventionMac | NewlineConventionUnix | NewlineConventionDos
-
-HostNativeNewlineConvention	:==	NewlineConventionUnix
-
-instance == NewlineConvention
-instance toString NewlineConvention
-
-// read a line with any newline convention
-// 	the file should have been opened with mode FReadData
-//  the line returned ends with one '\n' (except for the last line)
-
-readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
-
-// same as readAnyLine, but discards newline convention (compatible with freadline)
-
-readLine file
-	:==	(line, file`)
-	where
-		(_, line, file`)
-			=	readAnyLine file
-
-// write a line with a specified newline convention
-//	the first argument is the line
-//  	(only the last character of the line is inspected for a newline character,
-//		 their shouldn't be any newlines in the middle of the line)
-//	the second argument is the newline string
-// 	the file should have been opened with mode FWriteData
-
-writeAnyLine :: !{#Char} !{#Char} !*File -> *File
-
-convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
-
-readConvLines :: !*File -> (NewlineConvention,[String],*File)
+definition module UtilNewlinesFile
+
+from StdClass import class ==, class toString
+
+:: NewlineConvention
+	=	NewlineConventionNone | NewlineConventionMac | NewlineConventionUnix | NewlineConventionDos
+
+HostNativeNewlineConvention	:==	NewlineConventionUnix
+
+instance == NewlineConvention
+instance toString NewlineConvention
+
+// read a line with any newline convention
+// 	the file should have been opened with mode FReadData
+//  the line returned ends with one '\n' (except for the last line)
+
+readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
+
+// same as readAnyLine, but discards newline convention (compatible with freadline)
+
+readLine file
+	:==	(line, file`)
+	where
+		(_, line, file`)
+			=	readAnyLine file
+
+// write a line with a specified newline convention
+//	the first argument is the line
+//  	(only the last character of the line is inspected for a newline character,
+//		 their shouldn't be any newlines in the middle of the line)
+//	the second argument is the newline string
+// 	the file should have been opened with mode FWriteData
+
+writeAnyLine :: !{#Char} !{#Char} !*File -> *File
+
+convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
+
+readConvLines :: !*File -> (NewlineConvention,[String],*File)

MacOSX/UtilNewlinesFile.icl

-implementation module UtilNewlinesFile
-
-import StdFile, StdInt, StdChar, StdString, StdArray, StdBool, StdClass, StdTuple, StdMisc
-
-// simple sequence operator
-(:-) infixl 0
-(:-) f a
-	:==	a f
-
-:: NewlineConvention
-	= NewlineConventionNone
-	| NewlineConventionMac
-	| NewlineConventionUnix
-	| NewlineConventionDos
-
-HostNativeNewlineConvention	:==	NewlineConventionUnix
-
-instance == NewlineConvention where
-	(==) NewlineConventionNone NewlineConventionNone
-		=	True
-	(==) NewlineConventionMac NewlineConventionMac
-		=	True
-	(==) NewlineConventionUnix NewlineConventionUnix
-		=	True
-	(==) NewlineConventionDos NewlineConventionDos
-		=	True
-	(==) _ _
-		=	False
-
-instance toString NewlineConvention where
-	toString NewlineConventionNone
-		=	""
-	toString NewlineConventionMac
-		=	"\xd"
-	toString NewlineConventionUnix
-		=	"\xa"
-	toString NewlineConventionDos
-		=	"\xd\xa"
-
-// slice that returns a unique array
-(%.) infixl 9 :: !.{#Char} !(!Int,!Int) -> .{#Char}
-(%.) string indices
-	=	code
-		{
-			.inline %.
-			.d 1 2 ii
-				jsr sliceAC
-			.o 1 0
-			.end
-		}
-
-// this should be added to the Clean rts, so that the string doesn't have to be copied
-downSize :: Int *{#Char} -> *{#Char}
-downSize newSize string
-	=	string %. (0, newSize-1)
-
-convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
-convertLine line
-	#! maxIndex
-			=	size line - 1
-	| maxIndex >= 0
-		#! lastChar
-			=	line.[maxIndex]
-		| lastChar == '\xa'
-			| maxIndex >= 1
-				#! lastButOneChar
-					=	line.[maxIndex-1]
-				|  lastButOneChar == '\xd'
-					=	(NewlineConventionDos, {downSize maxIndex line & [maxIndex-1] = '\n'})
-				// otherwise
-					=	(NewlineConventionUnix, {line & [maxIndex] = '\n'})
-			// otherwise
-				=	(NewlineConventionUnix, {line & [maxIndex] = '\n'})
-		| lastChar == '\xd'
-			=	(NewlineConventionMac, {line & [maxIndex] = '\n'})
-		// otherwise
-			=	(NewlineConventionNone, line)
-	// otherwise
-		=	(NewlineConventionNone, line)
-
-readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
-readAnyLine file
-	# (line, file)
-		=	freadline file
-	  (convention, line)
-	  	=	convertLine line
-	=	(convention, line, file)
-
-readLine file
-	:==	(line, file`)
-	where
-		(_, line, file`)
-			=	readAnyLine file
-
-writeAnyLine :: !{#Char} !{#Char} !*File -> *File
-writeAnyLine line newlineString file
-	# maxIndex
-			=	size line - 1
-	  lastChar
-			=	line.[maxIndex]
-	| maxIndex >= 0 && lastChar == '\n'
-		= file :- fwrites (line %. (0, maxIndex-1)) :- fwrites newlineString
-	// otherwise
-		= file :- fwrites line
-
-//--
-readConvLines :: !*File -> (NewlineConvention,[String],*File)
-readConvLines file
-  # (conv,line,more,file)	= readAnyLine` file
-	(eof, file)		= fend file
-  | eof 
-	| more // last line ends in a newline?
-		= (conv,[line,""], file)
-		= (conv,[line], file)
-  # (_,lines,file)	= readConvLines file
-  = (conv,[line:lines], file)
-	
-//readAnyLine` :: !*File -> (NewlineConvention, !.{#Char}, !*File)
-readAnyLine` file
-	# (line, file)			=	freadline file
-	#! maxIndex				=	size line - 1
-	| maxIndex >= 0
-		# lastChar			=	line.[maxIndex]
-		| lastChar == '\xa'
-			| maxIndex >= 1
-				# lastButOneChar					=	line.[maxIndex-1]
-				| lastButOneChar == '\xd'
-					= (NewlineConventionDos, downSize (dec maxIndex) line, True, file)
-				= (NewlineConventionUnix, downSize maxIndex line, True, file)
-			= (NewlineConventionUnix, downSize maxIndex line, True, file)
-		| lastChar == '\xd'
-			= (NewlineConventionMac, downSize maxIndex line, True, file)
-		= (NewlineConventionNone, line, False, file)
-	= (NewlineConventionNone, line, False, file)
+implementation module UtilNewlinesFile
+
+import StdFile, StdInt, StdChar, StdString, StdArray, StdBool, StdClass, StdTuple, StdMisc
+
+// simple sequence operator
+(:-) infixl 0
+(:-) f a
+	:==	a f
+
+:: NewlineConvention
+	= NewlineConventionNone
+	| NewlineConventionMac
+	| NewlineConventionUnix
+	| NewlineConventionDos
+
+HostNativeNewlineConvention	:==	NewlineConventionUnix
+
+instance == NewlineConvention where
+	(==) NewlineConventionNone NewlineConventionNone
+		=	True
+	(==) NewlineConventionMac NewlineConventionMac
+		=	True
+	(==) NewlineConventionUnix NewlineConventionUnix
+		=	True
+	(==) NewlineConventionDos NewlineConventionDos
+		=	True
+	(==) _ _
+		=	False
+
+instance toString NewlineConvention where
+	toString NewlineConventionNone
+		=	""
+	toString NewlineConventionMac
+		=	"\xd"
+	toString NewlineConventionUnix
+		=	"\xa"
+	toString NewlineConventionDos
+		=	"\xd\xa"
+
+// slice that returns a unique array
+(%.) infixl 9 :: !.{#Char} !(!Int,!Int) -> .{#Char}
+(%.) string indices
+	=	code
+		{
+			.inline %.
+			.d 1 2 ii
+				jsr sliceAC
+			.o 1 0
+			.end
+		}
+
+// this should be added to the Clean rts, so that the string doesn't have to be copied
+downSize :: Int *{#Char} -> *{#Char}
+downSize newSize string
+	=	string %. (0, newSize-1)
+
+convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
+convertLine line
+	#! maxIndex
+			=	size line - 1
+	| maxIndex >= 0
+		#! lastChar
+			=	line.[maxIndex]
+		| lastChar == '\xa'
+			| maxIndex >= 1
+				#! lastButOneChar
+					=	line.[maxIndex-1]
+				|  lastButOneChar == '\xd'
+					=	(NewlineConventionDos, {downSize maxIndex line & [maxIndex-1] = '\n'})
+				// otherwise
+					=	(NewlineConventionUnix, {line & [maxIndex] = '\n'})
+			// otherwise
+				=	(NewlineConventionUnix, {line & [maxIndex] = '\n'})
+		| lastChar == '\xd'
+			=	(NewlineConventionMac, {line & [maxIndex] = '\n'})
+		// otherwise
+			=	(NewlineConventionNone, line)
+	// otherwise
+		=	(NewlineConventionNone, line)
+
+readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
+readAnyLine file
+	# (line, file)
+		=	freadline file
+	  (convention, line)
+	  	=	convertLine line
+	=	(convention, line, file)
+
+readLine file
+	:==	(line, file`)
+	where
+		(_, line, file`)
+			=	readAnyLine file
+
+writeAnyLine :: !{#Char} !{#Char} !*File -> *File
+writeAnyLine line newlineString file
+	# maxIndex
+			=	size line - 1
+	  lastChar
+			=	line.[maxIndex]
+	| maxIndex >= 0 && lastChar == '\n'
+		= file :- fwrites (line %. (0, maxIndex-1)) :- fwrites newlineString
+	// otherwise
+		= file :- fwrites line
+
+//--
+readConvLines :: !*File -> (NewlineConvention,[String],*File)
+readConvLines file
+  # (conv,line,more,file)	= readAnyLine` file
+	(eof, file)		= fend file
+  | eof 
+	| more // last line ends in a newline?
+		= (conv,[line,""], file)
+		= (conv,[line], file)
+  # (_,lines,file)	= readConvLines file
+  = (conv,[line:lines], file)
+	
+//readAnyLine` :: !*File -> (NewlineConvention, !.{#Char}, !*File)
+readAnyLine` file
+	# (line, file)			=	freadline file
+	#! maxIndex				=	size line - 1
+	| maxIndex >= 0
+		# lastChar			=	line.[maxIndex]
+		| lastChar == '\xa'
+			| maxIndex >= 1
+				# lastButOneChar					=	line.[maxIndex-1]
+				| lastButOneChar == '\xd'
+					= (NewlineConventionDos, downSize (dec maxIndex) line, True, file)
+				= (NewlineConventionUnix, downSize maxIndex line, True, file)
+			= (NewlineConventionUnix, downSize maxIndex line, True, file)
+		| lastChar == '\xd'
+			= (NewlineConventionMac, downSize maxIndex line, True, file)
+		= (NewlineConventionNone, line, False, file)
+	= (NewlineConventionNone, line, False, file)

Unix/Platform.dcl

-definition module Platform
-
-PlatformDependant win mac :== win
-
-IF_MACOSX macosx not_macosx :== not_macosx
-
-DirSeparator:=='/'
-DirSeparatorString:=="/"
-
-application_path :: !{#Char} -> {#Char}
+definition module Platform
+
+PlatformDependant win mac :== win
+
+IF_MACOSX macosx not_macosx :== not_macosx
+
+DirSeparator:=='/'
+DirSeparatorString:=="/"
+
+application_path :: !{#Char} -> {#Char}

Unix/UtilNewlinesFile.dcl

-definition module UtilNewlinesFile
-
-from StdClass import class ==, class toString
-
-:: NewlineConvention
-	=	NewlineConventionNone | NewlineConventionMac | NewlineConventionUnix | NewlineConventionDos
-
-HostNativeNewlineConvention	:==	NewlineConventionUnix
-
-instance == NewlineConvention
-instance toString NewlineConvention
-
-// read a line with any newline convention
-// 	the file should have been opened with mode FReadData
-//  the line returned ends with one '\n' (except for the last line)
-
-readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
-
-// same as readAnyLine, but discards newline convention (compatible with freadline)
-
-readLine file
-	:==	(line, file`)
-	where
-		(_, line, file`)
-			=	readAnyLine file
-
-// write a line with a specified newline convention
-//	the first argument is the line
-//  	(only the last character of the line is inspected for a newline character,
-//		 their shouldn't be any newlines in the middle of the line)
-//	the second argument is the newline string
-// 	the file should have been opened with mode FWriteData
-
-writeAnyLine :: !{#Char} !{#Char} !*File -> *File
-
-convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
-
-readConvLines :: !*File -> (NewlineConvention,[String],*File)
+definition module UtilNewlinesFile
+
+from StdClass import class ==, class toString
+
+:: NewlineConvention
+	=	NewlineConventionNone | NewlineConventionMac | NewlineConventionUnix | NewlineConventionDos
+
+HostNativeNewlineConvention	:==	NewlineConventionUnix
+
+instance == NewlineConvention
+instance toString NewlineConvention
+
+// read a line with any newline convention
+// 	the file should have been opened with mode FReadData
+//  the line returned ends with one '\n' (except for the last line)
+
+readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
+
+// same as readAnyLine, but discards newline convention (compatible with freadline)
+
+readLine file
+	:==	(line, file`)
+	where
+		(_, line, file`)
+			=	readAnyLine file
+
+// write a line with a specified newline convention
+//	the first argument is the line
+//  	(only the last character of the line is inspected for a newline character,
+//		 their shouldn't be any newlines in the middle of the line)
+//	the second argument is the newline string
+// 	the file should have been opened with mode FWriteData
+
+writeAnyLine :: !{#Char} !{#Char} !*File -> *File
+
+convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
+
+readConvLines :: !*File -> (NewlineConvention,[String],*File)

Unix/UtilNewlinesFile.icl

-implementation module UtilNewlinesFile
-
-import StdFile, StdInt, StdChar, StdString, StdArray, StdBool, StdClass, StdTuple, StdMisc
-
-// simple sequence operator
-(:-) infixl 0
-(:-) f a
-	:==	a f
-
-:: NewlineConvention
-	= NewlineConventionNone
-	| NewlineConventionMac
-	| NewlineConventionUnix
-	| NewlineConventionDos
-
-HostNativeNewlineConvention	:==	NewlineConventionUnix
-
-instance == NewlineConvention where
-	(==) NewlineConventionNone NewlineConventionNone
-		=	True
-	(==) NewlineConventionMac NewlineConventionMac
-		=	True
-	(==) NewlineConventionUnix NewlineConventionUnix
-		=	True
-	(==) NewlineConventionDos NewlineConventionDos
-		=	True
-	(==) _ _
-		=	False
-
-instance toString NewlineConvention where
-	toString NewlineConventionNone
-		=	""
-	toString NewlineConventionMac
-		=	"\xd"
-	toString NewlineConventionUnix
-		=	"\xa"
-	toString NewlineConventionDos
-		=	"\xd\xa"
-
-// slice that returns a unique array
-(%.) infixl 9 :: !.{#Char} !(!Int,!Int) -> .{#Char}
-(%.) string indices
-	=	code
-		{
-			.inline %.
-			.d 1 2 ii
-				jsr sliceAC
-			.o 1 0
-			.end
-		}
-
-// this should be added to the Clean rts, so that the string doesn't have to be copied
-downSize :: Int *{#Char} -> *{#Char}
-downSize newSize string
-	=	string %. (0, newSize-1)
-
-convertLine :: !*{#Char} -> (NewlineConvention, *{#Char})
-convertLine line
-	#! maxIndex
-			=	size line - 1
-	| maxIndex >= 0
-		#! lastChar
-			=	line.[maxIndex]
-		| lastChar == '\xa'
-			| maxIndex >= 1
-				#! lastButOneChar
-					=	line.[maxIndex-1]
-				|  lastButOneChar == '\xd'
-					=	(NewlineConventionDos, {downSize maxIndex line & [maxIndex-1] = '\n'})
-				// otherwise
-					=	(NewlineConventionUnix, {line & [maxIndex] = '\n'})
-			// otherwise
-				=	(NewlineConventionUnix, {line & [maxIndex] = '\n'})
-		| lastChar == '\xd'
-			=	(NewlineConventionMac, {line & [maxIndex] = '\n'})
-		// otherwise
-			=	(NewlineConventionNone, line)
-	// otherwise
-		=	(NewlineConventionNone, line)
-
-readAnyLine :: !*File -> (NewlineConvention, !.{#Char}, !*File)
-readAnyLine file
-	# (line, file)
-		=	freadline file
-	  (convention, line)
-	  	=	convertLine line
-	=	(convention, line, file)
-
-readLine file
-	:==	(line, file`)
-	where
-		(_, line, file`)
-			=	readAnyLine file
-
-writeAnyLine :: !{#Char} !{#Char} !*File -> *File
-writeAnyLine line newlineString file
-	# maxIndex
-			=	size line - 1
-	  lastChar
-			=	line.[maxIndex]
-	| maxIndex >= 0 && lastChar == '\n'
-		= file :- fwrites (line %. (0, maxIndex-1)) :- fwrites newlineString
-	// otherwise
-		= file :- fwrites line
-
-//--
-readConvLines :: !*File -> (NewlineConvention,[String],*File)
-readConvLines file
-  # (conv,line,more,file)	= readAnyLine` file
-	(eof, file)		= fend file
-  | eof 
-	| more // last line ends in a newline?
-		= (conv,[line,""], file)
-		= (conv,[line], file)
-  # (_,lines,file)	= readConvLines file